IEEE 802.1 Standards for Time-Sensitive Networking (TSN)

IEEE 802.1 Time-Sensitive Networking (TSN) is an enabler of Industry 4.0, i.e., smart factory of cyber physical systems. TSN is the foundation to provide connectivity and real-time quality of service to time and mission critical industrial applications on converged networks of operations technology and information technology and converging multiple independent applications in one network enabling real-time communication on the same infrastructure (cables, bridges). TSN meets these requirements by providing interoperability via open standards. TSN provides synchronization and supports
real-time communication for, e.g., closed loop control over a single standard Ethernet network.

This webinar series would be of interest to those in the following industries: 

  • Smart Manufacturing
  • Mobility/Automotive
  • Industrial Automation
  • Aerospace

UPCOMING WEBINAR 
Thursday, 24 February 2022 | 9:00AM ET

The Transport and Impact of Synchronization in Time-Sensitive Networking - An Introduction to IEEE 802.1AS
This webinar will give an introduction to IEEE 802.1AS, including synchronization concepts and applications. IEEE 802.1AS is a profile of IEEE Std 1588. It specifies protocols and procedures that enable systems and networks to meet time-synchronization requirements for time-sensitive applications, such as audio, video, and time-sensitive control. Synchronization is one of the key components of the TSN toolset, needed for equipment used in packet networks where time-sensitive functions are performed. IEEE 802.1AS is used in several applications, such as Audio and Video, Industrial Automation (e.g. smart manufacturing), Automotive, and Aerospace.

RECENT WEBINARS
Driving Digital Transformation through IEEE 802.1 TSN - An Overview of Time-Sensitive Networking
Recorded on Thursday, 02 December 2021 (Register to Watch)


This webinar will give an introduction to the basics of IEEE 802.1 Time-Sensitive Networking (TSN), including base concepts and application areas. TSN provides deterministic data packet transport such that packets are delivered within a time window without loss or delay due to congestion or errors. The various TSN techniques are specified by a set of base IEEE 802® TSN standards, colloquially referred to as the “TSN toolset”. In order to facilitate the adoption of TSN, industry-specific “TSN profile” standards to select which of the base standards in the TSN toolset to use, and how to use them in a given industry vertical.

The Impact of Time-Sensitive Networks - An Introduction to IEEE 802.1
Recorded On 16 September 2021 
(Register to Watch)

This webinar will give an introduction to the market-relevant standards of the IEEE 802.1 Working Group.  This group was created over 40 years ago and developed the base architecture and bridging standards for IEEE 802 technologies.  While MAC bridging has evolved into VLAN bridging it has also been enhanced with features supporting time-sensitive networking (TSN).  In addition, the WG has also developed other higher-layer standards including link aggregation (LAG), link discovery (LLDP), encryption (MACsec), and authentication (1X).  Recently the group has developed profiles of TSN features for specific verticals.

Speakers


Geoffrey M. Garner, Consultant

 Geoffrey M. Garner is a consultant specializing in network synchronization and related standards development. He has consulted for Huawei Technologies since 2008, and also for Samsung, Broadcom, Marvell, Hirschmann, Siemens, and Internet Photonics. Prior to consulting, he was a Member of Technical Staff at AT&T Bell Laboratories and Distinguished Member of Technical Staff at Lucent Technologies.

He has been editor of IEEE 802.1AS since 2006, and has contributed to the development of IEEE 1588 Precision Time Protocol (PTP) and the IEC/IEEE 60802 TSN Profile for Industrial Automation. He is a member of the IEEE Registration Authority Committee (RAC), and a Senior Member of IEEE. His standardization work has included the modeling and simulation of time error performance in networks based on PTP. He received the IEEE Standards Association Medallion in 2021.

He received his S.B., S.M., and PhD. degrees from M.I.T.


Silvana Rodrigues, Senior Principal Engineer, Huawei

Silvana holds an Electronic and Electrical Engineering degree from University of Campinas, Brazil. She has been working on network synchronization and actively contributing to synchronization standards development for more than 15 years.

She has been the secretary of IEEE 1588 Precision Time Protocol (PTP) Working Group since the beginning of the work of IEEE 1588 version 2. She is the editor of IEEE 801.1ASdr, and participates and contributes to several IEEE 802.1 TSN working groups.

She is currently the associate rapporteur and editor of several recommendations at ITU-T SG15 Q13 (the synchronization experts group).

Sri-Headshot.jpg

Sri Chandrasekaran currently works as Senior Director Standards & Technology and is the Foundational Technologies Practice Lead. He and has been with IEEE for past 9 years, and is based in Bangalore, India. In his current role, Sri manages the standardization activities in India across various sectors including leading key emerging technology areas for the IEEE SA. In his current role in India, Sri has been driving the efforts in enabling participation and contributing to global standards development activities and starting new initiatives in the region. Sri has over 18 years of experience working with Motorola Inc and Freescale Semiconductor Inc as Sr Member of Technical Staff, has a Master's degree in Communication Engineering and also a Senior Member at the IEEE.

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